Split positive + Plasma generator + Bucking Coils Combination

OK the drawing is poor and many parts are without values, we will get to those later on.. If you want to ask anything just do. I will be happy to help.

https://ibb.co/M7QYr7g

PART 1: The batteries and controller
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For a 12V split positive system, you will need four sets of four cells li-ion 4,2V in series... 4 x 16V sets (new batteries)

16 Batteries in total. These batteries are very good strong and cheap.. I got the same.. fully charged go to 4.22V and the 3400mah is not far from reality, but I would say 3200mah.
https://www.aliexpress.com/item/32819895203.html?spm=a2g0s.9042311.0.0.27424c4dBqu4as

Get 4 battery holders with four cells each. This type is perfect..
https://www.aliexpress.com/item/33028134003.html?spm=a2g0o.productlist.0.0.112b430bHvdHJ7&algo_pvid=fc1174f0-55ac-4923-908b-d24f1a3eb2ab&algo_expid=fc1174f0-55ac-4923-908b-d24f1a3eb2ab-8&btsid=f12ad714-613d-43bd-8c13-51ba3c54484a&ws_ab_test=searchweb0_0,searchweb201602_8,searchweb201603_52

We use 16 volts to get 12 volts without stressing the batteries to be fully charged.. they will be around 75% charged when the controller will change them. The controller monitors only the "active" charging batteries, not the difference and not the discharging side. That is why is important to use same batteries, to have a balanced and linear charge-discharge action.

We need two Dual coil latching relays with 4 switching lines each. I know they are rare expensive and difficult to find.

I used to use this type of power relay
youtube.com watch?v=6zzCSkp6BSE ... you can stick the 2 relays back to back with the magnet at the middle,
but you will need a slight more complicated driver due to their single coils.

Lately I got some dual coil relays. And they work fine for medium current applications.
Remember the more current switching they can withstand the better.
Those are ok I guess to start with..
DS4E-ML2-DC12V 12V 12VDC 2A Dual Coil Relays
https://www.aliexpress.com/item/32843785191.html?spm=a2g0s.9042311.0.0.27424c4daBMusC

Remember: The circuit I showed is for dual coil latching relays only.
Here is at the simulation to test it..
http://tinyurl.com/yy8o8j63

Why we use latching relays? for the obvious reason. To save wasted energy at the coils during the charging/discharging process.
The periods of the switching time varies. Because every batery type has a natural speed of moving current between 2 specific batteries,
but also the load-resistance will change some of the speed as well.
It is fast at the beginning and slow at the end. This is normal.
But it will be minutes not seconds. We will discuss this part later..
So by using latching relays to switch the batteries, is done with just one pulse.
So The lower consumption controller the better.
This controller is energized by the potential difference (split positive output), and will consume almost nothing.

The switching pins of the first relay goes to batteries and the other relay pins are used for changing the monitored voltage of the comparator.
There are more pins left free at the second relay to do more things.. like sending energy back to feeding side, etc we ll talk about it later..

You can skip the part 1 if you loop energy back to feeding side. So no battery switching is necessary. this is successfully done in the "Last Test" video.

PART 2: The OUTPUT
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The split positive potential difference, goes to a simple bridge rectifier so we can have stable terminals + and -.
From there we need to connect the productive part. 

Lets see what we already know about split positive's output.
If we imagine a regular four battery system with zero resistance on wires and zero resistance on the charging battery
we get 100% of the energy back. Let us now place a resistor between the positives. The current will delay at the resistor,
this delay will cost us energy, transformed in heat at resistor.
The batteries will try to obey to natural speed of the potential difference pressure, obstacles like the resistor or transformer
or motor need to be as much as compatible to this speed, so this will limit the heat losses.
It is obvious that this system is not suitable to power your household rather to prove the overunity.
It will rather be good to be used as power bank for mobiles etc. Except if you spend a lot of money in batteries and high power circuitry.

So if you ask me what is the most productive unit to connect to such potential difference,
the answer is the plasma generator combined with a nice transformer which its secondary will have a nice POC arrangement.

BUT ... If you want to use motor/dynamo coupling setup, then you will definitely have more losses. But it will still be overunity.
This has to be done using as motor, a pancake motor with wide rotor and strong magnets (which mean low consumption and high torque)
to drive a dynamo with thin rotor (thin-long rotor OR planetary gearbox and thin-short dynamo),
For example this dynamo I have worked on lately (not ready yet), is a thin rotor long stator,
low rpm type, dynamo. 

Plasma generator has advantages and disadvantages,
It is good for fast converting DC to AC and drive a transformer without any circuitry and extra parts losses.
It is good for limiting its heat losses by correcting the magnet distance.
The bad thing is that is almost impossible to get it to a stable frequency. It also has limited life even with suitable usage.
Other problems are: it will not start oscillating some times, especially if you left it in the best position from the last test.
You need to move it forward to the magnet to start the oscillation, and then slowly drag it away to accomplish best performance.
So it is a pain in the @ss I would say. But its good to experience with it.
Instead of reed switch setup, you can use any low consumption (few electronic parts) oscillator to drive the POC transformer.

You have to choose what you want to use. So the basic split positive system is described in general lines.
I will be here to discuss anything about it.

Remember: The production unit will just use the passage of current to make something free for you and then it will give it back to source.
Heat/sound/vibrations losses are the only enemy.

Laters